设计简介
摇臂2.5宽槽加工专机设备设计说明书
摘要
近年来，随着在我国国民经济的飞速发展，特别是工业技术飞速发展的新形势下，急需发展模具加工技术，而数控电火花切割技术正是模具加工工艺领域中的一种关键技术。目前在电机，仪表等行业新产品的研制开发过程中，常采用数控电火花线切割方法直接切割出零件，大大缩短了研制周期，并降低了本。在众多工业产品的生产过程中，都用到了数控电火花切割机床，如飞机制造、汽车模具制造、手机零部件的生产等，因此电火花机床的研究与改进是我国国内市场的需要，也能为我国的工业的发展起一定的作用。电火花线切割，其基本工作原理是利用连续移动细金属丝（成为电极丝）作电极，对工件进行脉冲火花放电蚀除金属、切割成型。本次论文以电火花线切割为主线，综合了线切割的发展，电火花线切割机床，电火花线切割加工质量及其影响因素，电火花线切割加工程序编制等。把以前学过的基础课程融汇到综合应用本次论文当中来，所谓学以致用，从最开始了解电火花线切割机床的特点，再进一步学习机床主要参数，后来便开始着手设计齿轮副、轴、轴承、键、储丝筒，最后整体协调，终于完成了整个毕业设计
ABSTRACT
The design of hydraulic drive manipulator movements under theprovisions of the order ， use the basic theory, basic knowledge and related mechanical design expertise comprehensively to complete the design，and drawing the necessary assembly, hydraulic system map, PLC control system diagram . Manipulator mechanical structure using tanks, screw ,guide tubes and other mechanical device component ；In the hydraulic drive bodies ，manipulator arm stretching using telescopic tank ，rotating column of tanks used rack ，manipulator movements using tank movements ，the column takes the horizontal movement of tanks
This text introduce upper and lower material spend design process of manipulator , it include to whole job requirements and analysis of situation of system mainly, confirm the whole structural design systematic in hydraulic pressure through the working course of the system. Analyse whole cyclical process , confirm systematic operation principle picture , require the hydraulic pressure component of the standard for selection according to systematic parameter, finish the installation diagram systematic in hydraulic pressure. Hydraulic pressure integrate piece as now main part , hydraulic pressure of system , hydraulic pressure at present integrate pieces of application and development receive domestic and international hydraulic pressure extensive attention of circle, hydraulic pressure integrate research and development of CAD of piece already offer effective support for engineering design of the hydraulic pressure, while design the system integration one of hydraulic pressure of the manipulator, can combine with real processing technology . And CAD integrating one to the present hydraulic pressure has very good understanding. integrate piece as now main part , hydraulic pressure of system , hydraulic pressure at present integrate pieces of application and development receive domestic and international hydraulic pressure extensive attention of circle, hydraulic pressure integrate research and development of CAD of piece already offer effective support for engineering design of the hydraulic pressure, while design the system integration one of hydraulic pressure of the manipulator, can combine with real processing technology . And CAD integrating one to the present hydraulic pressure has very good understanding.
Keywords: manipulator ,Drive , Hydraulic manifold block , Elements
目录
一、前言--------------------------------------------------------------------3
二、线切割技术发展史------------------------------------------------4
2.1.线切割技术起源--------------------------------------------------4
2.2.数控电火花加工原理----------------------------------------------5
2.3.电火花加工的特点------------------------------------------------5
2．4线切割技术的优点-----------------------------------------------6
三、线切割机床的分类----------------------------------------------6
四、产品设计过程-----------------------------------------------------------7
五、参考文献-----------------------------------------------------21
六、致谢-------------------------------------------------------------------23
摘要
近年来，随着在我国国民经济的飞速发展，特别是工业技术飞速发展的新形势下，急需发展模具加工技术，而数控电火花切割技术正是模具加工工艺领域中的一种关键技术。目前在电机，仪表等行业新产品的研制开发过程中，常采用数控电火花线切割方法直接切割出零件，大大缩短了研制周期，并降低了本。在众多工业产品的生产过程中，都用到了数控电火花切割机床，如飞机制造、汽车模具制造、手机零部件的生产等，因此电火花机床的研究与改进是我国国内市场的需要，也能为我国的工业的发展起一定的作用。电火花线切割，其基本工作原理是利用连续移动细金属丝（成为电极丝）作电极，对工件进行脉冲火花放电蚀除金属、切割成型。本次论文以电火花线切割为主线，综合了线切割的发展，电火花线切割机床，电火花线切割加工质量及其影响因素，电火花线切割加工程序编制等。把以前学过的基础课程融汇到综合应用本次论文当中来，所谓学以致用，从最开始了解电火花线切割机床的特点，再进一步学习机床主要参数，后来便开始着手设计齿轮副、轴、轴承、键、储丝筒，最后整体协调，终于完成了整个毕业设计
ABSTRACT
The design of hydraulic drive manipulator movements under theprovisions of the order ， use the basic theory, basic knowledge and related mechanical design expertise comprehensively to complete the design，and drawing the necessary assembly, hydraulic system map, PLC control system diagram . Manipulator mechanical structure using tanks, screw ,guide tubes and other mechanical device component ；In the hydraulic drive bodies ，manipulator arm stretching using telescopic tank ，rotating column of tanks used rack ，manipulator movements using tank movements ，the column takes the horizontal movement of tanks
This text introduce upper and lower material spend design process of manipulator , it include to whole job requirements and analysis of situation of system mainly, confirm the whole structural design systematic in hydraulic pressure through the working course of the system. Analyse whole cyclical process , confirm systematic operation principle picture , require the hydraulic pressure component of the standard for selection according to systematic parameter, finish the installation diagram systematic in hydraulic pressure. Hydraulic pressure integrate piece as now main part , hydraulic pressure of system , hydraulic pressure at present integrate pieces of application and development receive domestic and international hydraulic pressure extensive attention of circle, hydraulic pressure integrate research and development of CAD of piece already offer effective support for engineering design of the hydraulic pressure, while design the system integration one of hydraulic pressure of the manipulator, can combine with real processing technology . And CAD integrating one to the present hydraulic pressure has very good understanding. integrate piece as now main part , hydraulic pressure of system , hydraulic pressure at present integrate pieces of application and development receive domestic and international hydraulic pressure extensive attention of circle, hydraulic pressure integrate research and development of CAD of piece already offer effective support for engineering design of the hydraulic pressure, while design the system integration one of hydraulic pressure of the manipulator, can combine with real processing technology . And CAD integrating one to the present hydraulic pressure has very good understanding.
Keywords: manipulator ,Drive , Hydraulic manifold block , Elements
目录
一、前言--------------------------------------------------------------------3
二、线切割技术发展史------------------------------------------------4
2.1.线切割技术起源--------------------------------------------------4
2.2.数控电火花加工原理----------------------------------------------5
2.3.电火花加工的特点------------------------------------------------5
2．4线切割技术的优点-----------------------------------------------6
三、线切割机床的分类----------------------------------------------6
四、产品设计过程-----------------------------------------------------------7
五、参考文献-----------------------------------------------------21
六、致谢-------------------------------------------------------------------23
